The Expanding Field of Robotic Exoskeletons

Numerous companies are currently developing robotic exoskeletons. This represents a particularly dynamic area of technological innovation, and understandably so. These technologies possess the potential to significantly alter the way individuals work, their methods of locomotion, and the processes of physical rehabilitation.

Within this category, a diverse spectrum of solutions exists. This ranges from highly advanced systems like those developed by Sarcos, often reminiscent of science fiction, to more accessible options such as those offered by Roam Robotics.

Roam Robotics: A Focus on Wearable Comfort

Roam Robotics is prioritizing the “wearable” aspect of wearable robotics. The company specializes in creating assistive devices constructed from fabrics, rather than traditional metallic materials.

While this approach may result in a reduction in sheer strength compared to more robust industrial exoskeletons, it enhances suitability for everyday applications. This is why their robotic smart knee orthosis presents a compelling solution.

Recently recognized by the FDA as a Class I medical device, this product leverages artificial intelligence to provide adaptive technology. It intelligently senses the wearer’s movements and dynamically adjusts its support accordingly.

Addressing a Significant Market Need

According to co-founder and CEO Tim Swift, “Roam is concentrating on a largely neglected market segment.” He further stated that over 20% of the global population experiences limitations in physical mobility, a figure projected to increase with advancements in medical longevity.

The company’s philosophy centers on creating wearable robotics that integrate seamlessly with the human body. The goal is to empower individuals to live healthier, more active, and fulfilling lives, free from the constraints of physical limitations.

Functionality and Availability

Joining Roam’s existing product line, which includes solutions for skiers and military personnel, the smart knee orthosis incorporates embedded sensors. These sensors are capable of detecting specific movements, such as ascending and descending stairs, and transitioning from a seated to a standing position.

The device employs a power source and an air compressor to generate motion, providing assistance during movement. Pre-orders are currently being accepted, with shipments scheduled to commence later this summer.